3D Finite Elements Analysis of Piston Assembly in a Gasoline Engine
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3D Finite Elements Analysis of Piston Assembly in a Gasoline Engine
汽油机活塞组三维有限元耦合分析
Issue 5, Pages: 319-321(2004)
作者机构:
1. ,山西,太原,030051
2. 华北工学院热能与动力工程系
作者简介:
基金信息:
DOI:
CLC:
Published:2004
稿件说明:
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李炯, 杨世文, 张翼, et al. 3D Finite Elements Analysis of Piston Assembly in a Gasoline Engine[J]. 2004, (5): 319-321.
DOI:
李炯, 杨世文, 张翼, et al. 3D Finite Elements Analysis of Piston Assembly in a Gasoline Engine[J]. 2004, (5): 319-321.DOI:
3D Finite Elements Analysis of Piston Assembly in a Gasoline Engine
摘要
应用三维CAD/CAE技术定量分析某汽油机扩缸后活塞的受力状况
通过耦合模型对活塞组进行了机械负荷和热负荷的耦合分析
计算了活塞的温度场和耦合应力场
找出了危险应力部位
为扩缸后活塞结构的改进和优化提供了理论依据.
Abstract
Stress distribution of the piston in a gasoline engine enlarged is analyzed by applying 3-dimensions CAD/CAE technology. The analyses of coupled-field are performed by coupled-model
such as the temperature field and stress field. Through the analyses
the status of thermal load and combined stress is cleared
and the dangerous stress part is tested. At the same time
the theoretical evidence of piston structure improvement and optimum design has also been presented.